指挥控制与仿真
指揮控製與倣真
지휘공제여방진
COMMAND CONTROL & SIMULATION
2015年
2期
31-35,47
,共6页
编队防空%舰艇配置%Entropy-Topsis模型
編隊防空%艦艇配置%Entropy-Topsis模型
편대방공%함정배치%Entropy-Topsis모형
aerial defense of warships formation%warships configurations%Entropy-Topsis model
合理配置编队防空舰艇是提高编队对空防御作战效能的一项重要手段。以两型四舰六扇面的典型配置方案优选为研究对象，建立了配置方案评价指标体系及相应数学模型，构建了编队防空舰艇配置方案优选问题的决策矩阵，应用Entropy?Topsis模型进行优选，对各方案进行排名，并得到了相应最优解和最劣解。
閤理配置編隊防空艦艇是提高編隊對空防禦作戰效能的一項重要手段。以兩型四艦六扇麵的典型配置方案優選為研究對象，建立瞭配置方案評價指標體繫及相應數學模型，構建瞭編隊防空艦艇配置方案優選問題的決策矩陣，應用Entropy?Topsis模型進行優選，對各方案進行排名，併得到瞭相應最優解和最劣解。
합리배치편대방공함정시제고편대대공방어작전효능적일항중요수단。이량형사함륙선면적전형배치방안우선위연구대상，건립료배치방안평개지표체계급상응수학모형，구건료편대방공함정배치방안우선문제적결책구진，응용Entropy?Topsis모형진행우선，대각방안진행배명，병득도료상응최우해화최렬해。
The rational configuration of formation aerial defense warships is a significant method to improve the effectiveness of formation aerial defense combat. In this paper, the research for optimal objects bases on the typical configurations of two types of four warships allocation in six sectors. An index system of different configurations and corresponding mathematical models is established, and then, built the optimization decision matrix of configuration of formation aerial defense warships. The optimization is carried out by application of the Entropy?topsis model. The configurations are ranked, and the paper gets the optimal configuration and the worst one.
